Lint

- semi, array-bracket-spacing, no-loss-of-precision
chrisveness · Oct 23, 2021 · 70e7b15 · 70e7b15
1 parent 18bbafc
commit 70e7b15
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Showing 3 changed files with 5 additions and 5 deletions.
diff --git a/latlon-nvector-spherical.js b/latlon-nvector-spherical.js
@@ -21,7 +21,7 @@ const π = Math.PI;
  * Note that these formulations take x => 0°N,0°E, y => 0°N,90°E, z => 90°N; Gade uses x => 90°N,
  * y => 0°N,90°E, z => 0°N,0°E.
  *
- * Note also that on a spherical model earth, an n-vector is equivalent to a  normalised version of
+ * Note also that on a spherical model earth, an n-vector is equivalent to a normalised version of
  * an (ECEF) cartesian coordinate.
  *
  * @module latlon-nvector-spherical
@@ -710,8 +710,8 @@ class LatLonNvectorSpherical {
         // will sum to less than 360° (due to spherical excess), exterior point angles will be small
         // but non-zero. TODO: are any winding number optimisations applicable to spherical surface?
 
-        if (!(polygon instanceof Array)) throw new TypeError(`isEnclosedBy: polygon must be Array (not ${classOf(polygon)})`)
-        if (!(polygon[0] instanceof LatLonNvectorSpherical)) throw new TypeError(`isEnclosedBy: polygon must be Array of LatLon (not ${classOf(polygon[0])})`)
+        if (!(polygon instanceof Array)) throw new TypeError(`isEnclosedBy: polygon must be Array (not ${classOf(polygon)})`);
+        if (!(polygon[0] instanceof LatLonNvectorSpherical)) throw new TypeError(`isEnclosedBy: polygon must be Array of LatLon (not ${classOf(polygon[0])})`);
         if (polygon.length < 3) return false; // or throw?
 
         // close the polygon so that the last point equals the first point

diff --git a/test/latlon-nvector-spherical-tests.js b/test/latlon-nvector-spherical-tests.js
@@ -258,7 +258,7 @@ describe('latlon-nvector-spherical', function() {
         test('concave enclosed n',    () => new LatLon(2, 2).isEnclosedBy(polyConcave).should.be.false);
         test('enclosed (fail 1)',     () => should.Throw(function() { new LatLon(1, 1).isEnclosedBy('a string'); }, TypeError, 'isEnclosedBy: polygon must be Array (not String)'));
         test('enclosed (fail 2)',     () => should.Throw(function() { new LatLon(1, 1).isEnclosedBy([ 'a string' ]); }, TypeError, 'isEnclosedBy: polygon must be Array of LatLon (not String)'));
-        test('enclosed by line',      () => new LatLon(1, 1).isEnclosedBy([new LatLon(1, 1), new LatLon(2, 2) ]).should.be.false);
+        test('enclosed by line',      () => new LatLon(1, 1).isEnclosedBy([ new LatLon(1, 1), new LatLon(2, 2) ]).should.be.false);
     });
 
     describe('Ed Williams', function() { // www.edwilliams.org/avform.htm

diff --git a/test/latlon-spherical-tests.js b/test/latlon-spherical-tests.js
@@ -183,7 +183,7 @@ describe('latlon-spherical', function() {
         test('int’n (fail 3)',                () => should.Throw(function() { LatLon.intersection(stn, 'n', cdg, 's'); }, TypeError, 'invalid brng1 ‘n’'));
         test('int’n (fail 4)',                () => should.Throw(function() { LatLon.intersection(stn, 0, cdg, 's'); }, TypeError, 'invalid brng2 ‘s’'));
         test('rounding errors',               () => LatLon.intersection(new LatLon(51, 0), 120, new LatLon(50, 0), 60).toString().should.equal('50.4921°N, 001.3612°E'));
-        test('rounding: φ3 requires clamp #71', () => LatLon.intersection(new LatLon(-77.6966041375563, 18.2812500000000), 179.99999999999995, new LatLon(89, 180), 180).toString().should.equal('90.0000°S, 163.9902°W'));
+        test('rounding: φ3 requires clamp #71', () => LatLon.intersection(new LatLon(-77.6966041375563, 18.2812500000000), 179.99999999999994, new LatLon(89, 180), 180).toString().should.equal('90.0000°S, 163.9902°W'));
     });
 
     describe('cross-track / along-track', function() {